Short answer: Importing e-bikes from China follows the same path as ordinary bicycles — sourcing, sample approval, production, pre-shipment inspection, FOB or CIF shipment — but three things change. The bike must be certified to your market's electric-cycle standard (EN 15194 in the EU, UL 2849 with CPSC 16 CFR 1512 in the US), the lithium battery is regulated dangerous goods needing a UN 38.3 report, an SDS and an IMDG Class 9 booking, and bigger cartons cut container counts. E-bikes also clear under HS 8711.60 rather than 8712.00, a different duty regime, and MOQs are lower.
What changes compared with a regular bicycle order?
The drive system adds obligations at four points: certification, battery documents, booking and after-sales parts.
| Item | Regular bicycle | E-bike |
| Safety standard | EN ISO 4210 (EN ISO 8098 for kids) | EN 15194 in the EU; UL 2849 plus CPSC 16 CFR 1512 in the US |
| Battery documents | None | UN 38.3 report, SDS, cell certificate, IMDG Class 9 declaration |
| HS code | 8712.00 | 8711.60 (parts remain 8714) |
| MOQ per model | City 50-150, MTB 50-100, folding 50-100 | 25-50 units |
| Units per 40ft HQ | ~500-600 | Materially fewer — larger cartons, motor and battery weight |
| Ocean booking | General cargo | Dangerous goods, limited slots per vessel |
| Spare parts to plan | Drivetrain, brakes, tyres | Plus motor, controller, display, replacement pack |
Which certifications does an e-bike need?
Certification is destination-driven, not factory-driven. For the EU and EEA the reference is EN 15194 for electrically power assisted cycles, alongside CE marking under the applicable machinery, EMC and RoHS legislation and battery obligations under Regulation (EU) 2023/1542. In the United States low-speed electric bicycles remain subject to CPSC 16 CFR 1512, while UL 2849 for the electrical system and UL 2271 for the pack have become the commercial requirement — several US cities and retail chains now refuse e-bikes without them. Cells are typically certified to IEC 62133-2.
A report covers one exact configuration: change the motor, controller, pack or firmware and it may no longer cover the bike you receive. Confirming that report, sample and production unit are the same machine is a check we run before releasing a shipment.
What paperwork does the battery need, and why do carriers refuse some of it?
Every lithium-ion pack needs a UN 38.3 test summary, a current safety data sheet and correct transport classification. Bikes shipped with the pack installed travel as UN 3481, Class 9 under the IMDG Code; loose packs fall under UN 3480, which some carriers refuse outright and which is barred from passenger aircraft. Dangerous-goods slots are rationed, so bookings must be placed earlier than general cargo and a rejected declaration can cost a sailing. Packing and state-of-charge detail sits in our guide to shipping e-bike batteries under UN 38.3 and IMDG.
How many fit in a container, and how long does it take?
Conventional bicycles run roughly 250-300 units in a 20ft, 450-520 in a 40ft and 500-600 in a 40ft HQ. E-bike cartons are taller and deeper, so counts sit clearly below that, and on cargo or fat models weight binds before volume. Sample approval typically takes 15-30 days, production 45-70 days, inspection 1-2 days; transit from South China is broadly 30-40 days to North Europe, 30-38 to the US East Coast, 18-28 to the US West Coast, 18-25 to Jebel Ali. New certification adds weeks before production starts. Consolidating e-bikes with conventional bikes and spare parts in one container is usually the most efficient first order.
Which HS code, duties and market limits apply?
E-bikes classify under HS 8711.60, and trade policy treats that line very differently from 8712.00. The EU has applied anti-dumping and countervailing duties on electric bicycles originating in China since 2019, at company-specific rates maintained after expiry review; the US applies Section 301 tariffs to the category. Rates change and depend on your supplier, so confirm the current figure with a licensed customs broker or ask us to check the factory quoted.
| Market | Governing regime | Confirm before ordering |
| EU / EEA | EN 15194, CE marking, Regulation (EU) 2023/1542 | 250 W continuous rated power, cut-off at 25 km/h, current AD/CVD rate |
| United Kingdom | EAPC rules, EN 15194 | Power and cut-off limits, UKCA/CE acceptance |
| United States | CPSC 16 CFR 1512, UL 2849, UL 2271 | Federal low-speed limits, state three-class rules, city UL requirements |
| Australia / NZ | EN 15194-based recognition | Power limit accepted in that state or territory |
| GCC / Middle East | National conformity assessment | Whether a certificate of conformity is required at clearance |
Frequently asked questions
Can I import e-bikes without batteries and source cells locally?
You can, and some importers do to simplify dangerous-goods handling. But the bike is certified as a system with its original pack, so a local battery can void the EN 15194 or UL 2849 basis and shifts liability to you.
Do I still need UN 38.3 if the battery ships inside the bike?
Yes. UN 38.3 applies to the battery however it travels, and the summary must be available to the carrier and to customs. Installed packs ship under UN 3481 rather than UN 3480 — easier to book, not exempt from documents.
Is the e-bike MOQ really lower than for regular bicycles?
Yes. Unit value is higher and the electrical platform is shared across models, so 25-50 units per model is normal, against 50-150 for city bikes and 100-250 for kids' bikes. Colour variants can often be split inside that quantity.
Which Incoterm suits a first e-bike shipment?
FOB gives you control of freight and is the usual starting point; CIF is simpler if you have no forwarder comfortable with Class 9 cargo. DDP is possible but rarely wise, because duties on this HS code are better handled by your own broker.
Can I put my own brand on imported e-bikes?
Yes — OEM branding on frame, battery shroud, display and packaging is standard, and ODM changes to geometry or battery integration are possible at higher volumes. Branding does not disturb existing certification; a drive-system hardware change usually does. See our OEM and ODM page.
What after-sales stock should ship with the first container?
Spare controllers, displays, chargers, looms and a few complete packs, because a later small battery order is disproportionately expensive to move as dangerous goods. Matching them to the exact drive platform from day one prevents costly compatibility problems.
How Source of Bikes handles this for you
We source e-bikes only from factories whose electrical platforms we have already inspected, and we verify that the EN 15194 or UL 2849 report on file matches the motor, controller and pack actually fitted to your units — not a similar model. We check the UN 38.3 summary, SDS and cell certificates before booking, arrange Class 9 space early so a rejected declaration does not cost a sailing, and inspect 100% of units before they leave. We also plan the spare-parts and battery continuity package with the first order.
Send us your model list, target quantity, destination port, branding requirements and the power and speed limits that apply in your market, and we will return a tailored quotation, the certification position per model and a realistic sailing plan. Reach us on WhatsApp +8617702000155 or [email protected], or start from our importer guide.
